• Lisp提供一项称作尾部递归优化性能优化技术。

    Lisp offers a performance optimization called tail recursion optimization.

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  • 最新版本GCC包含了一些受限环境下尾部递归优化

    Recent versions of GCC also include some tail-recursion optimizations under limited circumstances.

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  • 由于尾部递归优化这种方式列表进行迭代一种非常简单的方式。

    With tail-recursion optimization, this idiom is a marvelously concise way to iterate over a list.

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  • 如果我们找到一个除去这些不需要的结构方法,那么我们尾部递归函数就可以固定大小的栈中运行

    If we could find a way to remove these unneeded stack frames, our tail-recursive functions would run in a constant stack size.

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  • 处理时,Haskell优势:Haskell优化了尾部递归,Haskell惰性的。

    Haskell has two primary advantages when dealing with recursion: Haskell optimizes tail recursion, and Haskell is lazy.

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  • first能够去除列表第一元素rest简化尾部(清单9中的递归类型)应用于列表其余部分的过程。

    First can peel off the first element of the list, and rest makes it easy to apply tail recursion — the type of recursion in Listing 9 — to the rest.

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  • first能够去除列表第一元素rest简化尾部(清单9中的递归类型)应用于列表其余部分的过程。

    First can peel off the first element of the list, and rest makes it easy to apply tail recursion — the type of recursion in Listing 9 — to the rest.

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